• A BEM formulation for computational design of grounding systems in stratified soils 

      Colominas, Ignasi; Aneiros Blanco, Juan M.; Navarrina, Fermín; Casteleiro, Manuel (Centro Internacional de Métodos Numéricos en Ingeniería, 1998)
      [Abstract] Substation grounding design involves computing the equivalent resistance of the earthing system -for reasons of equipment protection-, as well as distribution of potentials on the earth surface -for reasons of ...
    • A massively parallel BEM numerical model for grounding analysis in layered soils 

      Colominas, Ignasi; Gómez Calviño, Javier; Navarrina, Fermín; Casteleiro, Manuel (Fundacja Zdrowia Publicznego "Vesalius", 2001)
      [Abstract] In the last years the authors have developed a numerical formulation based on the Boundary Element Method for the analysis of grounding systems embedded in uniform soils. This approach has been implemented in a ...
    • A meshless numerical approach for the analysis of earthing systems in electrical installations 

      Colominas, Ignasi; Mosqueira Martínez, Gonzalo; Chao López, Mar; Navarrina, Fermín; Casteleiro, Manuel (Technische Universität München, 1999)
      [Abstract] In the last three decades some numerical formulations have been developed for solving potential problems in electrical engineering applications. In the particular case of the grounding analysis area, in recent ...
    • Application of meshless methods to the analysis and design of grounding systems 

      Colominas, Ignasi; Chao López, Mar; Navarrina, Fermín; Casteleiro, Manuel (Centro Internacional de Métodos Numéricos en Ingeniería, 1998)
      [Abstract] Analysis and design of grounding systems of electrical installations involves computing the potential distribution in the earth and the equivalent resistance of the system. Several numerical formulations based ...
    • ¿Son fiables los métodos convencionales para el cálculo de redes de puesta a tierra? 

      Navarrina, Fermín; Colominas, Ignasi; Casteleiro, Manuel (2004)
      [Resumen] Para diseñar una toma de tierra es preciso calcular su resistencia equivalente y la distribución de potencial en la superficie del terreno durante una derivación de corriente [1, 2, 3]. Para elllo las normas sólo ...